Construct a new bounding box with the specified minimum and maximum bounds. Use hou.BoundingBox.setTo to change the position of an existing bounding box.

Given a sequence of (xmin, ymin, zmin, xmax, ymax, zmax) values, set the position of the bounding box.

Raises hou.InvalidSize if the tuple does not contain six elements.

Return a vector describing the corner of the box with the smallest x, y, and z values.

Return a vector describing the corner of the box with the largest x, y, and z values.

Return a vector describing the size of the box in each of the x, y, and z axes.

This method can be implemented as follows:

def sizevec(self):
    return self.maxvec() - self.minvec()

Return the position of the center of the bounding box.

This method can be implemented as follows:

def sizevec(self):
    return (self.minvec() + self.maxvec()) * 0.5

Enlarge the bounding box to contain the given element. The element may be a sequence of 3 floats (such as a hou.Vector3) describing a position or another bounding box. If this box does not need to grow because it already completely contains the element, it won’t be modified.

Given a sequence of 3 floats (such as a hou.Vector3) describing a position, return whether the position is inside the box.

Returns whether this bounding box is equal to another, subject to numerical tolerances.

Returns whether this bounding box is valid.

Take this bounding box, transform it by the given matrix, compute the axis-aligned bounding box around this transformed box, and return it.